Russia has demonstrated Blue Water Navy when it launched missiles at Syria from Caspian Sea in 2015. only Navy they can do it from small corvettes and SSK. smaller bases can support smaller vessels. now things are moving into robotics and space.
it is not just the distance but altitude difference that cruise missiles has to navigate reliably. imagine what they can do in reality now. Arctic to Africa and Pacific. when they hinting AAMs for Tu-160M2.
I read that SU-35SM has similar systems as Su-57. its not like any one can verify it. This missile is AESA.
You can observe enhance intelligence capability of Russia by Iranian officials visits to Russia. Even Zelenski cannot make statements that can implicate Royals. Ukraine conflict is not just about demonstrating tech and innovations.
it is not just the distance but altitude difference that cruise missiles has to navigate reliably. imagine what they can do in reality now. Arctic to Africa and Pacific. when they hinting AAMs for Tu-160M2.
I read that SU-35SM has similar systems as Su-57. its not like any one can verify it. This missile is AESA.
You can observe enhance intelligence capability of Russia by Iranian officials visits to Russia. Even Zelenski cannot make statements that can implicate Royals. Ukraine conflict is not just about demonstrating tech and innovations.
Radar with AESA
The missile is equipped with an active phased antenna array (APAA) - a first for Russian air-to-air missiles. This allows for a significant increase in target acquisition accuracy and resistance to electronic countermeasures, including enemy air defense and electronic warfare.
Dual-mode engine
The warhead received a dual-mode solid-fuel propulsion system, providing acceleration and high-speed march at a range of up to 190+ km. Speed - up to 5 Machs. This scheme also gives the missile the ability to maneuver at high altitudes and in the final phase of flight.
Compact X-band AFAR radar Vector-X for UAVs tested in Innopolis
A radar system for drones weighing less than 750 grams was tested at the Innopolis University testing ground. It can be used to monitor forest fires, control river floods, observe agricultural work and create detailed maps of the area. Obviously, the product will be able to detect radio-contrast ground objects at a distance of several tens to hundreds of meters, including armored vehicles, military air defense systems or transport, which will allow it to be used as a platform for short-range radar reconnaissance and search and rescue operations.
13 August 2024
Project 677 Lada submarines may be armed with drones — head of Rubin Central Design Bureau
The new non-nuclear submarines of Project 677 (Lada) can be armed with both sea and air drones. This was stated in an interview with RIA Novosti by the General Director of the Rubin Central Design Bureau Igor Vilnit.
In addition, he noted, the drones must be connected to the submarine's automated combat control system in order to transmit mission instructions to them."Of course, drones can and should be part of a submarine's armament. The Lada and other submarines can be armed with UAVs for aerial reconnaissance and AUVs (autonomous unmanned underwater vehicles - ed.) for the purpose of searching for underwater mines. The list of tasks that can be solved by aircraft or underwater drones is very wide and is not limited to the tasks of a kamikaze drone. These aircraft or underwater drones must fit into the dimensions of a torpedo tube (either as such or in a special launch container) - the only launcher of a submarine with a sufficiently large caliber," Vilnit said.
“There are some other factors that should be taken into account, but there are no obstacles to the use of drones from a submarine,” said the general director of the Rubin Central Design Bureau